15KPA110A

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TVS-diodes are semiconductor components used to protect electrical equipments from over-voltage. It is a combination of Zener diodes and transistors, and is in the form of an integrated circuit. One of the most common TVS-diodes used in industrial and consumer applications is 15KPA110A TVS-diode.

The 15KPA110A TVS-diode is a compact, ultra-low capacitance device which is designed to protect sensitive electronic components from over-voltage transients. Its high surge capability enables it to absorb large amounts of energy and conduction currents up to 110 amps. The 15KPA110A TVS-diode is capable of operating across a wide temperature range from -55C to +150C. By nature, it is also environment-friendly with a maximum power dissipation of 0.125W.

The 15KPA110A TVS-diode can be used in various types of applications such as personal computer, telecom, data processing, automotive, wireless communication, and consumer electronic devices. In addition, it can also be used in applications like high-speed data lines protection, surge suppressors, clock lines, interface protection, networking systems, and power supplies.

The working principle of 15KPA110A TVS-diode is fairly simple. It has two pins on one end of the diode which represent the anode and cathode. When the anode goes above the breakdown voltage, the diode enters its avalanche current region forming a low-impedance path from the anode to the cathode. The avalanche current aids the decay of the voltage spike rapidly to the ground terminal. This prevents the over-voltage from affecting any other components connected to the diode. The 15KPA110A TVS-diode is also equipped with an internal protection mechanism to ensure that the voltage is reduced gradually and prevent any damage to the sensitive components.

In summary, the 15KPA110A TVS-diode is an excellent choice for applications where over-voltage protection and wide temperature range are required. Its high surge capability and low power dissipation make it a reliable and environment-friendly solution. The diode is capable of conducting large amounts of energy and current, quickly reducing the voltage spike. Its two pin design enables it to be used in a variety of applications, ranging from telecom to automotive.

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